Simplified, the square root of 35 is just root 35. The decimal is about 5.916079763.
The square root of 2000 is 44.713595544.72135955 to eight decimal places.
The square root of 43.25 is (to four decimal places) 6.5767
The square root of 64 is 8. Rounded to two decimal places it would be 8.00
Rounded to two decimal places, the square root of 345 is 18.57.18.574175
No. Only rational numbers have a recurring decimal; √2 is irrational.
The sqrt of 25 = 5 which can be written as a recurring decimal. Therefore no, it is not irrational, it is rational.
There is no "best" approximation. The square root is irrational and so it is a non-terminating, non-recurring decimal so adding one more digit will always make it a better approximation.
There is no whole number that is the square root of 286. The decimal is around 16.91.
If you are expected to calculate it without a calculator then the first step is to write the fraction as a ratio - a top heavy one if necessary. You will find that the numerator and denominator of the rational fraction are both perfect square numbers. Then the square root of the ratio is the ratio of the square roots.For example, to find the square root of 11.11... recurring.You know that, since it is a recurring decimal, the number is rational.In ratio form, this number is 100/9 and sosqrt(11.11...) = sqrt(100/9) = sqrt(100)/sqrt(9) = 10/3 = 3.33... recurring.
Find the square root to the thousandth place (3rd decimal digit) and round it to 2 decimal places to give the square root in hundredths. If you want a fraction, convert the decimal hundredths to a fraction by putting them over 100 and simplifying.
square it
The square root of 4 is 2
3.3 IS THE square ROOT of 11 to one decimal place
29.1032644217 × 29.1032644217 = 846.99 recurring
The square root of 10 is about 3.16227766.
The square root of 6 is an irrational number; it can only be approximated as a decimal. √6 ≈ 2.449